【PP】AGON-FL SUPER ZLC
●Grip:FL ●Feel:Soft ●Speed:Hight speed ●Style:Attack / OFF+ ●Thic:6.2 mm ●7Ply ●Surface=158 x 150 mm
Price: NT$ 2,980
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【PP】AGON-FL SUPER ZLC Speed Edition
【P.P.】AGON-X ST SUPER ZLC High Topspin Special Edition
Promotional Information
Purchase paddle and add 【PP】Table Tennis Paddle Bag at special price of NT$50
Product Positioning
| Grip | ST Straight |
| Playing Style | Attacking / Fast Attack Combined with Topspin Loop |
| Playing Type | OFF+ |
| Feel | Soft |
| Speed | Fast Speed |
| Material | Super ZLC Special Carbon Fiber |
Product Features
Featuring Japanese-made Butterfly Zhang Jike signature Super ZLC special carbon fiber, utilizing high-density ZLC fiber weaving technology to significantly expand the sweet spot range. While enhancing both speed and topspin simultaneously, it further strengthens paddle stability and shot accuracy.
The AGON series employs a slightly thicker blade design compared to the AGON-X topspin special edition, delivering superior ball exit speed. It provides more powerful attacking performance against modern plastic balls while maintaining excellent control capabilities, making it ideal for attacking players pursuing speed and power.
7-Ply Structure: KOTO + Super ZLC + Ayous + Kiri (Paulownia) + Ayous + Super ZLC + KOTO, achieving optimal balance of speed, topspin, sweet spot, and striking feel.
※ Weight strictly controlled according to performance requirements ※
Brand Information
Manufactured by 【I Love Ping Pong Workshop】, developed, designed, and supervised by Coach Xu.
The AGON series paddles uphold the design philosophy of high performance and high quality, developed specifically for competitive table tennis players' needs. From material selection, fiber configuration to overall feel, every aspect undergoes repeated testing and adjustment to achieve optimal balance of speed, topspin, and control.
Super ZLC Technology Features
The AGON series utilizes Japanese-made Butterfly Zhang Jike signature Super ZLC special carbon fiber, employing densified ZLC fiber weaving technology. Compared to standard ZLC, it features a larger sweet spot, higher error tolerance, and superior overall stability.

